Finally, my code worked correctly. I share it for future use.
gr::top_block_sptr tb = gr::make_top_block("receiver");
gr::ettus::rfnoc_graph::sptr rfnoc_graph_ctrl;
const::uhd::device_addr_t device("addr=192.168.10.2");
rfnoc_graph_ctrl=gr::ettus::rfnoc_graph::make(device);
Hi Markus and Jeff,
Thank you both for your answers.
I successfully built and deployed both packages now by building UHD first and
then installing libuhd-dev without recommends. Then I was able to build and
install Gnuradio, just as you said.
Anyway, I learned that packages can work very well w
Daniel,
I have added the UHD API calls necessary to turn the transmit LO Distribution
board ports on and off through python snippets. I did this in a way that does
not require modifying UHD itself, only gr-uhd. I’ll send more details later
when I’m in front of that machine.
> On Jan 18, 20
Hello Franco,
Thank you for your work supporting the SDRplay receivers in GNU Radio!
I would recommend using the Anaconda based approach. Here is a direct
link to the page that covers it in more detail. This is the current best
method to get a fully native setup on Windows that supports develo
Currently there's no way to use LO sharing with the N321 in gr-uhd.
The N321 uses an RF Distribution board which has port terminations that
need to be switched to active outputs when the LO is exported. This isn't
accessible in gr-uhd.
In order to access the LO distribution enable commands shown h
